Use of Dynamic Analysis Methods for Aircraft Seat Certification
FAA & National Institute for Aviation Research
August 7-8, 2012
National Center for Aviation Training, 4004 N. Webb Rd, Wichita, KS
Documents
- Attendee List (PDF)
- Overview: Use of Dynamic Analysis Methods for Aircraft Seat Certification
Joseph Pellettiere, FAA
- Overview: Methodology for Dynamic Seat Certification by Analysis (AC 20-146)
Joseph Pellettiere, FAA
- ARP5765: Analytical Methods for Aircraft Seat Design and Evaluation
Prasanna Bhonge, Ph.D., Cessna Aircraft Company
- Summary of Model Verification and Validation Process
David Moorcraft, FAA
- NASA Perspective on Certification by Analysis
Martin S. Annett, NASA
- Modeling and Simulation - ACO Viewpoint: Example Working Crashworthiness Requirements via Modeling and Simulation for a Composite Fuselage to be No Worse than Current Metallic Designs
William Griffith, FAA
- Use of Structural Dynamic Analysis with 33.94 Compliance Policy
Jay Turnberg, FAA - Use of Dynamic Analysis Methods For Aircraft Seat Certification: Los Angeles ACO Experience
Patrick T. Farina, P.E., FAA
- Seat Certification by Analysis: SACO Experience
Bob Kaufman - FAA
- HyperWorks tools for Seat Certification through Virtual Testing
Jean Michel Terrier, Altair
- Aeronautic seat solution: User-friendliness & Multi domain optimization
Christophe Jacob, ESI
- Use of Dynamic Simulation for Certification & Development
Embraer
- Specialty Seating CBA Certification Challenges
Goodrich
- Use of Dynamic Analysis for CBA
Ipeco Holdings
- Rockwell Collins Head-up Guidance Systems: Dynamic Analysis Considerations for HUD Certification
Rockwell Collins